High-Accuracy Instruments to Measure Dissolved Oxygen & Turbidity in Water Reliable Water Testing Solutions
Picture this: You're finalizing a municipal water report when EPA auditors flag inconsistent dissolved oxygen readings. Your current instrument shows 6.2 mg/L, but their calibrated device reads 5.4 mg/L - below compliance thresholds. One faulty measurement just triggered $8,000 in penalties. Sound familiar? With 43% of water treatment plants reporting calibration drift issues (2023 WaterTech Survey), can you afford unreliable tools?
(instrument to measure dissolved oxygen in water)
Our AquaSensor Pro+ eliminates guesswork with military-grade optical sensors. See the difference:
Feature | Traditional Probes | AquaSensor Pro+ |
---|---|---|
Dissolved Oxygen Accuracy | ±0.5 mg/L | ±0.05 mg/L |
Turbidity Detection Range | 0-1000 NTU | 0-4000 NTU |
While Brand X's $3,495 turbidimeter requires weekly calibration, our NTU Master 9000 delivers 6-month stability. You'll save 18 hours/year on maintenance - time better spent optimizing operations.
Need simultaneous dissolved oxygen and turbidity logging? Our modular system adds sensors in 15 minutes. Already using SCADA? We pre-configure IoT integration so you're operational by Friday.
After switching to our multi-parameter instruments, they achieved:
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A: A dissolved oxygen meter is the primary instrument. It uses electrochemical sensors to measure oxygen levels in water. Results are displayed in mg/L or percentage saturation.
A: A turbidimeter or nephelometer measures turbidity by detecting light scattering. It emits light through a sample and quantifies suspended particles. Units are typically NTU (Nephelometric Turbidity Units).
A: A dissolved oxygen meter measures oxygen concentration, while a turbidimeter assesses water clarity. They use different sensors (electrochemical vs. optical). Both are vital for water quality analysis.
A: Some advanced multiparameter water quality probes combine sensors for dissolved oxygen, turbidity, and other parameters. However, standalone devices often provide higher accuracy.
A: Calibration ensures accuracy by aligning the instrument with standard reference solutions. Turbidimeters require regular calibration due to sensor drift. Proper calibration maintains compliance with testing standards.
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